Physicists have discovered that electronic excitations in 2D magnets can interact through spin waves – ripples in a material’s magnetic structure. This breakthrough allows excitons (electron-hole ...

Controlling magnetism in a device is not easy; unusually large magnetic fields or lots of electricity are needed, which are ...

This finding challenges the widely held belief that magnetic quantum oscillations ... considerable effort into developing quantum computers, with topological materials emerging as a promising ...

In a first, physicists have directly seen Hofstadter’s butterfly—a long-sought-after fractal in the quantum realm ...

From your computer to your mobile phone, your microwave to your stove—they’re even inside the credit cards in your wallet. It’s fair to say that without magnets, your gadget-filled world ...

Otherwise, none of them would be accurate in our magent-laden world. Horage’s K3 anti-magnetic modular movement. Horage Computers require magnets, and electronics create magnetic fields, so mechanical ...

Magnetoresistive random-access memory, or MRAM, promises to make computers more efficient and powerful, but a few hurdles ...

Quantum promises huge breakthroughs in drug discovery and last-mile delivery, but there are still unknowns about what a world ...

This allows for complex computations to be performed much more efficiently than by classical computers. The specific ...

D-Wave Quantum shares were on track for a fresh record closing high Monday following last week's claim that the company's ...

The rumored iPhone 17 Air will support MagSafe, according to Digital Chat Station, an account with millions of followers on Chinese social ...